Description Usage Arguments Value See Also Examples
Use a count matrix to classify the rows, based on the frequencies in the cells.
| 1 | 
| x | A  | 
| n | The number of classifications per row to return. | 
| ties.method | Either  | 
| seed | A seed to use in the sample to make the results reproducible. | 
| ... | ignored. | 
Returns a single vector or list
of ordered vectors of predicted classifications; order by term frequency.
Ties default to random order.
| 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 | ## Not run: 
library(dplyr)
data(presidential_debates_2012)
discoure_markers <- list(
    response_cries = c("\\boh", "\\bah", "\\baha", "\\bouch", "yuk"),
    back_channels = c("uh[- ]huh", "uhuh", "yeah"),
    summons = "hey",
    justification = "because"
)
presidential_debates_2012 %>%
    with(., term_count(dialogue, TRUE, discoure_markers)) %>%
    classify()
presidential_debates_2012 %>%
    with(., term_count(dialogue, TRUE, discoure_markers)) %>%
    classify() %>%
    plot()
presidential_debates_2012 %>%
    with(., term_count(dialogue, TRUE, discoure_markers)) %>%
    classify() %>%
    plot(rm.na=FALSE)
presidential_debates_2012 %>%
    with(., term_count(dialogue, TRUE, discoure_markers)) %>%
    classify(n = 2)
presidential_debates_2012 %>%
    with(., term_count(dialogue, TRUE, discoure_markers)) %>%
    {.[!uncovered(.), -c(1:2)]} %>%
    classify()
## End(Not run)
 | 
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